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Fluorescence Enhancement by Silver Nanoparticles Controlled via Self Assembly Effect

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Abstract

The metal-enhanced fluorescence is measured with different disstance between metal particles and Rhodamine 6G molecules. Silver nanoparticles are immobilized on glass slide by chemical self-assembly method. Rhodamine 6G molecules are spin coated on prepared silver particles substrate with different concentration of PMMA solution. The enhanced fluorescence is observed depending on the thickness of emission film since the average distance between rhodamine 6G molecules and silver nanoparticles is altered by the PMMA matrix.

© 2014 Optical Society of America

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